Reference Books Topic Lectures Introduction Numbers and scales 2 - - PowerPoint PPT Presentation

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Reference Books Topic Lectures Introduction Numbers and scales 2 - - PowerPoint PPT Presentation

Reference Books Topic Lectures Introduction Numbers and scales 2 Diffusion and drift, FRAP, Cell Signaling 2 Fluid flow, Navier Stokes Equation, Blood flow, Bacterial flagellum 3 Equilibrium Stat Mech and applications, Ligand Receptor


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Reference Books

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Topic Lectures Introduction – Numbers and scales 2 Diffusion and drift, FRAP, Cell Signaling 2 Fluid flow, Navier Stokes Equation, Blood flow, Bacterial flagellum 3 Equilibrium Stat Mech and applications, Ligand Receptor binding, Chemical potential, Osmotic pressure, multi-level systems, Ion channels, MWC model of Haemoglobin 3 Polymer models, FJC and FRC, Force-extension curves, Protein folding, Chromatin packing 3 Crowding in biological systems – diffusion and binding, Depletion interaction 2 Non-equilibrium systems, Rate equations and reaction kinetics, Dynamic cytoskeleton, Cytoskeletal polymerization 3 Molecular motors – Translational, translocation and polymerization motors, first passage times 3 Pattern formation in biology, Drosophila embryogenesis, Schnakenberg kinetics 2

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Philips et. al. Physical Biology of the cell (2012)

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“How can events in space and time which ta take ke pla lace e wit ithin in th the bo boun unda darie ies s of

  • f a

a li livin ing g or

  • rganism,

ism, be be a accoun

  • unted

ted fo for by by physics and chemistry?”

  • -- What is Life? Erwin Schrodinger, 1943